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First Team FENG no. FENG.02.02-IP.05-0045/23 entitled " Development of a two-component hybrid bioink for 3D bioprinting vascularized constructs ", carried out within the First Team programme of
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. Expertise in modelling and simulation of coupled multi-physics-based nonlinear dynamical system through finite volume method approach is expected. Knowledge and fluency in English language. Highly motivated
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Offer Description The goal of the Opus 27 project “Ab-initio Green’s Function Methods for Describing Magnetic Compounds with Strong Spin-Orbit Coupling” (Principal Investigator: Dominika Zgid), funded by
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in the use of analytical methods to characterise metal ion complexes with antimicrobial peptides: (i) UV–Vis spectroscopy, (ii) CD spectroscopy, (iii) NMR spectroscopy, in particular experience in
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mRNA-protein and protein-protein interaction of the Rbs1 assembly factor. We will also use a bottom-up approach to recombinantly synthesize Pol assembly intermediates for their structural
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methods (WMNSS)" at the Department of Concrete Structures of the Lodz University of Technology Contract: UMO-2023/51/I/ST11/00069 Lodz University of Technology is one of the best technical universities in
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University of Technology in Warsaw - MUT) in the field of multi-component alloys synthesis using powder metallurgy methods, including participation in short-term trips and project meetings Supervision over
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- the human retina - an organ readily accessible to relatively compact and non-invasive optical methods. Our organ of vision has well-defined inputs in the form of an array of millions of photoreceptors and
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materials (including nanoparticles and polymers) against virions and bacteria. The work will be focused on experimental work in the wet-lab, including plating methods. It is expected that the successful
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of Task 2 (VEP and ERG measurements) and partially Task 1.3 (optoretinography measurements). In addition, he/she will oversee the work of the PhD student. She/he will: - develop effective methods